HOW WE WORK

Ecological expertise across freshwater, wetland, estuarine, and coastal systems applied to understand environmental condition, pressures, and response.

On the Ararira/LII Catchment Management Plan, our ecological field surveys; instream habitat assessment, macroinvertebrate sampling, fish surveys, riparian vegetation mapping; built the biological evidence base, which we then synthesised into the values framework that structured the plan's intervention priorities. On the Ō2NL Highway, one of New Zealand's largest transport infrastructure projects, our ecologists led freshwater ecological assessment across 48 waterways, from baseline investigation through consenting to construction monitoring. On the Te Papa Ōtākaro/Avon River Precinct, our ecological science was integrated directly into urban river design, working alongside engineers and landscape architects.

Spatial frameworks that integrate diverse datasets, enabling complex information to be explored, analysed, and communicated at multiple scales.

The Focus Catchment Map Series (FCMS) integrates over 150 national and regional data sources; freshwater state, pressures, and contextual datasets; into a cohesive geospatial system. Initially developed to underpin the Wai Connection programme, the FCMS is a system for catchment-scale understanding and prioritisation, guiding strategic investment. It is available to any catchment group or programme partner across Aotearoa. The same spatial integration approach applies wherever complex, multi-source data needs to be brought together into a coherent picture – the environmental application is where we’ve proven it, but the capability is not limited to it.

Structured data pipelines and automated processes that ensure consistency, efficiency, and reliability across complex programmes. Where data is generated in volume, handled by multiple teams, or needs to meet quality standards at scale, automation removes the manual steps where errors accumulate and delivery slows down.

Within the Wai Connection programme, our automated workflows took environmental data from multiple regions, often in different formats and to varying standards, and cleaned, validated, and brought it into a common schema, enabling the programme to scale its analytical outputs without compromising data integrity. Across our monitoring work, structured data pipelines connect field collection through to processed outputs. The underlying capability, taking complex, multi-source data and building reliable, repeatable pipelines around it, applies wherever programmes generate more data than manual processes can handle consistently.

Translating complex scientific and technical information into outputs that can be understood, trusted, and acted on. This is a design and production capability as much as an analytical one. We interpret complex findings into clear narratives, then create the communication materials that carry that interpretation into the room where decisions are made.

On the Osbornes Drain Catchment Management Plan (CMP), we designed and produced the public-facing summary document, translating multi-disciplinary science into an accessible, visually structured publication that landowners, community members, and council staff could all use. On the Ararira/LII CMP, we designed the infographics, spatial visualisations, and layout of the summary document; the science communication materials have been cited as a reference example within the Living Water programme. Across our wider work, we produce technical guides, programme summaries, and visual outputs that give complex information a form people can actually work with.